Parts of Cell

BIOCHEMISTRY
 HAC (ACETIC ACID) – GIVES RISE
TO FATTY ACIDS, AND TOGETHER
DEFINED AS THE SCIENCE OF THE WITH GLYCEROL FROM GLUCOSE ,
CHEMISTRY OF LIFE, MADE UP THE FATS
IT DEALS WITH THE STUDY OF:  HCHO (FORMALDEHYDE) –
1. THE CHEMICAL COMPOSITION OF POLYMERIZATION WITH THE AID
LIVING MATTER OF ATP GAVE RISE TO RIBOSE AND
2. THE CHEMICAL AND PHYSICAL OTHER SUGAR FORMS W/C LATER
PROPERTIES OF THESE CHEMICAL POLYMERIZES FORMING
COMPOUNDS GLYCOGEN IN THE BODY.
3. THE FUNCTIONS OF THESE  AMINO ACIDS – COMPOSED
CHEMICAL COMPOUNDS FROM ALL COMPONENTS OF
4. THE CHEMICAL REACTION THESE ORGANIC MOLECULES, AND
CHEMICAL COMPOUNDS UNDERGO IN POLYMERIZED INTO “PROTENOIDS”
THE BODY WHERE PROTEIN COMPONENTS OF
THE BODY ARE DERIVED
ORIGIN OF LIVING MATTER  HCN(HYDROGEN CYANIDE OR
> BELIEVED TO HAVE ORIGINATED PRUSSIC ACID) – GIVES RISE TO
FROM NUCLEAR REACTION IN THE PURINE, ADENINE W/C REACTS
STARS (BIG BANG) WITH RIBOSE TO FORM PURINES
> INITIAL EXPLOSION OF THE ORIGINAL AND PYRIMIDINES >>> NUCLEIC
SINGLE MASSIVE BALL EXPLODING ACIDS RNA AND DNA FROM
INTO PIECES LARGE AND SMALL, WHICH THE CODING SYSTEM IS
MAKING UP THE GALAXIES AND SOLAR DERIVED AND IS UTILIZED IN THE
SYSTEM. PROPER DEPOSITION OF AMINO
> HAPPENED 20 BILLION YEARS AGO ACIDS FORMING VARIOUS BODY
PROTEINS.
PROTENOIDS GIVES RISE TO
HYDROGEN ION

CYTOCHROME C (THE EARLIEST
–CONSIDERED EARLIEST FORM OF ENZYME FORMED AND
MATTER ORIGINATING FROM ABOVE PORPHYRINS WHICH GIVE RISE TO:
CATASTROPHE . FROM THIS A. HEMOGLOBIN AND OTHER
ORIGINATED THE PRIMEVAL PROTEINS – PORPHYRTINS IN THE
ATMOSPHERE COMPOSED OF THE PRESENCE OF CYTOCHROME C
WATER,
FOLLOWING COMPONENTS: GIVES RISE TO HEMOGLOBIN. B.
CARBON DIOXIDE, CHLOROPHYLL IN PLANTS- ALSO
FROM PORPHYRINS >>> CYCLIC
HYDROGEN, METHANE AND PHOSPHORYLATION REQUIRING
AMMONIA. CYTOCHROME C, SUNLIGHT AND
VIT K LIKE CO FACTOR >>>ATP
WITH THE AID OF COSMIC AND MAJOR SOURCE OF ENERGY IN
ULTRA-VIOLET RAYS OF THE SUN LIVING MATTER.
GAVE RISE TO PRIMITIVE ORGANIC

ATP HELPS IN THE FORMATION OF
MOLECULES:

PRIMITIVE ORGANIC CARBOHYDRATES FROM CARBON
DIOXIDE AND WATER
MOLECULES:

, CHEMICAL COMPOSITION OF  FOUND TO BE THE BEST SOLVENT
USED UNIVERSALLY
LIVING MATTER:
 JUST GIVE IT TIME AND IT WILL
1. WATER – MAKES ABOUT 55-70%
DISSOLVE ALMOST ANYTHING
OF TOTAL BODY WEIGHT
2. SOLID COMPONENTS – MADE UP
B. GOOD MEDIUM FOR
OF ORGANIC AND INORGANIC
IONIZATION
ELEMENTS
ONE PREREQUISITE NEEDED TO
BRING ABOUT CHEMICAL
WATER: > VERY MUCH NEEDED FOR REACTIONS IS MOLECULAR
NORMAL PHYSIOLOGIC ACTIVITY; THE COMPONENTS MUST BE IN THEIR
GREATER IS THE PHYSIOLOGIC ACTIVITY IONIC FORM IN ORDER TO BE
THE GREATER IS THE WATER CONTENT ACTIVE. IE. NACL ON SOLUTION
OF THE TISSUE: WILL FORM NA+ AND CL-
 BONES, DENTIN, AND ENAMEL –
55% 2. MAINTENANCE OF BODY
 MUSCULAR TISSUE – 85% TEMPERATURE – NORMAL 37DEGREES
 NERVOUS TISSUE 90-92% C, MAINTAINED BY THE FOLLOWING
PROPERTIES OF WATER.
FORMS OF WATER:
1. BOUND OR FIXED WATER OF  HIGH SPECIFIC HEAT – ABILITY OF
HYDROPHILIC COLLOIDAL WATER TO ABSORB A GREAT
SYSTEM AMOUNT OF HEAT WITHOUT ANY
> WATER BOUND TO PROTEINS AND RISE IN TEMPERATURE, THEN
OTHER COLLOIDAL SUBSTANCES IN THE RELEASE HEAT GRADUALLY
CELL, W/C REMAINS IN THE CELL AVOIDING CHANGE IN BODY
IRRESPECTIVE OF DEHYDRATION. TEMPERATURE.
> RESPONSIBLE FOR THE SIZE AND  HIGH HEAT CONDUCTIVITY –
SHAPE OF THE CELL ABILITY TO CONDUCT HEAT FROM
INSIDE THE CELLS OF THE BODY TO
2. FREE WATER THE SURFACE WHERE IT APPEARS
> WATER CONTENT OF THE CELL W/C AS SWEAT.
CAN GO IN AND OUT OF THE CELL,  HIGH LATENT HEAT OF
CARRYING NUTRITIVE SUBSTANCES TO EVAPORATION- ABILITY OF WATER
THE CELLS AND WASTE PRODUCTS OF TO UTILIZE LARGE AMOUNT OF
METABOLISM AND HEAT FROM THE HEAT BEFORE IT COULD BE
CELL. EVAPORATED.
> UNDERGOES MARKED CHANGES
DURING DEHYDRATION AND EDEMA.
DIFFERENCES BETWEEN VIVO AND
FUNCTIONS OF WATER OF VITRO REACTIONS
BIOLOGICAL IMPORTANCE:
1. VIVO REACTIONS ( REACTIONS
1. FUNCTIONS FOR HASTENING IN THE BODY):
CHEMICAL REACTION:  MILD – DUE TO THE HIGH SPECIFIC
A. UNIVERSAL SOLVENT HEAT OF WATER, WHICH CAN